NASA Delays First Artemis Moon Landing to 2028, Turns Artemis III Into Earth-Orbit Test

NASA is tearing up its original playbook for returning Americans to the moon, delaying the first Artemis lunar landing to 2028 and stripping that goal from the mission that was supposed to achieve it.

In a Feb. 27 update, the agency said Artemis III, once billed as the first crewed landing of the program, will no longer go to the lunar surface. Instead, that flight, targeted for 2027, will become a low Earth orbit (LEO) test mission. The first human landing is now assigned to Artemis IV no earlier than 2028, with officials promising a faster overall tempo and at least one moon landing every year after that.

The move is one of the most significant course changes in NASA’s exploration program since Artemis was announced. Rather than a single, high‑stakes leap to the surface, the agency is adopting a step‑by‑step sequence modeled on Apollo, while trying to respond to safety concerns, budget pressure, political timelines in Washington and growing competition from China.

“As part of a Golden Age of exploration and discovery, NASA announced Friday the agency is increasing its cadence of missions under the Artemis program,” the agency said in its release. “This includes standardizing vehicle configuration, adding an additional mission in 2027, and undertaking at least one surface landing every year thereafter.”

New flight plan

Under the revised manifest, Artemis II remains the next flight. The mission is a roughly 10‑day crewed loop around the moon using the Space Launch System (SLS) rocket and Orion spacecraft. NASA had been targeting a March 2026 launch from Kennedy Space Center in Florida, but managers have ruled out that window while engineers investigate a helium flow issue in the rocket’s upper stage. The agency is now working toward opportunities in April.

Artemis III, originally planned as the first landing near the lunar south pole using a commercial Human Landing System, is the most dramatically changed. Slated for 2027, it will now fly in low Earth orbit.

On that mission, SLS will send Orion and its crew into orbit around Earth, where they will rendezvous and dock with one or more commercial lunar landers launched on separate rockets. NASA says the objectives will include demonstrating rendezvous and docking, testing integrated life support, communications and propulsion systems, and checking out the new generation of xEVA spacesuits in space—without attempting a descent to the lunar surface.

Artemis IV, targeted for 2028, becomes the first landing. NASA officials say they are studying whether Artemis V could also fly that year, potentially leading to two crewed landings in 2028 if hardware and funding align. From that point, the agency says, the goal is a regular cadence of at least one surface mission per year.

Safety pressures and Apollo echoes

The decision follows pointed warnings from NASA’s Aerospace Safety Advisory Panel, an independent body created after the 1967 Apollo 1 fire. In its most recent report, the panel concluded that Artemis III, as previously defined, “cannot be accomplished with appropriate margins of safety” and urged NASA to rethink both the mission’s objectives and the overall architecture.

Panel members argued that the original Artemis III stacked too many “firsts” into a single flight: the first crewed flight with a new commercial lander, the first use of complex in‑space refueling and rendezvous operations with that lander, the first use of new spacesuits, and the first crewed landing in a difficult polar environment.

Amit Kshatriya, who oversees the agency’s Moon to Mars program, said NASA is deliberately scaling back the risk per mission.

“We are looking back to the wisdom of the folks that designed Apollo,” he said in briefing materials. “The entire sequence of Artemis flights needs to represent a step‑by‑step build‑up of capability. Each step needs to be big enough to make progress, but not so big that we take unnecessary risk given previous learnings.”

The new sequence echoes the Apollo pattern, when NASA flew multiple crewed test and rehearsal missions—Apollo 7, 8, 9 and 10—before attempting the Apollo 11 landing in 1969.

Standardizing the rocket

Alongside the mission shuffle, NASA is also making a strategic bet on its heavy‑lift rocket and capsule. Instead of moving quickly to more powerful versions of the SLS, the agency will keep flying the current Block 1 configuration with Orion for the foreseeable future.

Officials say freezing the design will allow NASA and its contractors to stop treating each rocket like a custom project and instead build up a production line that can support a steadier launch cadence.

“NASA must standardize its approach, increase flight rate safely, and execute on the President’s national space policy,” Administrator Jared Isaacman said in the announcement. “With credible competition from our greatest geopolitical adversary increasing by the day, we need to move faster, eliminate delays, and achieve our objectives.”

Space industry executives welcomed the push for more frequent launches. Steve Parker, president and chief executive of Boeing Defense, Space & Security, whose company builds the SLS core stage, called the booster “the world’s most powerful rocket stage, and the only one that can carry American astronauts directly to the moon and beyond in a single launch,” and said Boeing’s workforce and suppliers are “prepared to meet the increased production needs.”

Isaacman has said he wants to move SLS from a pace of roughly one flight every few years to something closer to one launch every 10 months, still far from Apollo’s peak but a marked change from the current rhythm.

SpaceX, Blue Origin and a new kind of dress rehearsal

The shift in Artemis III has immediate consequences for NASA’s commercial partners, particularly SpaceX and Blue Origin.

SpaceX holds a multibillion‑dollar contract to develop a lunar‑optimized version of its Starship vehicle to serve as a Human Landing System. Blue Origin, leading a separate industry team, was later selected as a second provider with its Blue Moon lander for later Artemis missions.

Under the new plan, one or both of those landers will join Orion in low Earth orbit in 2027 for docking and integrated systems testing. The agency has not announced which company will fly on Artemis III, saying the details will follow further reviews.

By conducting those operations in Earth orbit, NASA gains a way to vet complex rendezvous, docking and crew transfer procedures close to home, where abort options are more forgiving, before trying them near the moon.

The change also gives NASA schedule flexibility if either Starship or Blue Moon falls behind. The agency has emphasized that maintaining competition between at least two commercial landers is a core goal, both to reduce risk and to avoid relying on a single supplier.

Politics, budgets and China

The architecture reset comes as the United States faces tightening budgets and a renewed “moon race” narrative.

Artemis is funded under NASA’s Deep Space Exploration Systems account, which covers SLS, Orion, landers, the planned Gateway outpost and lunar spacesuits. Recent budget dealings on Capitol Hill have generally protected SLS and Orion—programs with major workforces in Alabama, Florida, Louisiana, Utah and Colorado—even as newer systems have competed for funding.

By standardizing on SLS Block 1 and flying it more often, NASA is presenting its plan as a way to get more missions out of existing investments rather than paying to develop upgraded rockets in the near term.

At the same time, agency leaders have become more vocal about competition with China, whose space agency has announced plans for its own crewed lunar landing around 2030 as part of a Chinese‑led research station.

Isaacman tied the Artemis overhaul directly to that geopolitical backdrop.

“Standardizing vehicle configuration, increasing flight rate and progressing through objectives in a logical, phased approach, is how we achieved the near‑impossible in 1969 and it is how we will do it again,” he said.

The White House has also made clear it wants visible Artemis milestones before the end of President Donald Trump’s second term, adding political pressure to an already ambitious technical schedule.

Partners and people

The new timeline will ripple through NASA’s international partnerships. Agencies in Europe, Japan and Canada are supplying major pieces of the planned Gateway station in lunar orbit—including a European habitation and refueling module, Japan’s life support systems and cargo ship, and Canada’s next‑generation Canadarm3 robotic arm—in exchange for astronaut seats on future Artemis missions.

Those partners now face a later first landing but a more defined promise of regular flights once operations begin. Artemis IV, carrying the first landing, is also expected to be the first mission to use key Gateway elements, making its schedule especially important for international planning.

Inside NASA, the architecture change comes with a separate workforce directive aimed at rebuilding the agency’s in‑house technical capacity. Isaacman has pointed out that roughly three‑quarters of the people working on NASA programs are contractors, and has said the agency needs a stronger civil‑service engineering and operations core to oversee complex integrated missions to the moon and, eventually, Mars.

A delayed first step, a bigger bet

To the public, the headline change is that astronauts will not return to the lunar surface as soon as hoped. Earlier agency timelines spoke of a landing “mid‑decade”; now, even under the revised plan, the first touchdown would come no earlier than 2028.

NASA officials argue the shift is a necessary down payment on something larger: a sustained human presence on and around the moon, with multiple landings, partner contributions and commercial services rather than a brief reprise of “flags and footprints.”

Whether the new plan delivers will depend on factors far beyond technical design, including annual appropriations from Congress, the pace of work at SpaceX and Blue Origin, and how closely the agency sticks to the safety advice that prompted the reset. If Artemis IV does land in 2028 and is followed by yearly missions, the delay of the first landing may be remembered as the moment the United States chose a methodical campaign over a single dramatic leap. If schedules slip again, it will add to a long record of lunar timelines that never quite match the reality on the launch pad.